Services DMPK Bioanalytical Service
Bioanalytical Services
Reliable bioanalytical data supporting pharmacokinetic, biomarker, and metabolism studies across discovery and preclinical development.
Combining advanced mass spectrometry, ligand binding assays, and specialized analytical expertise, BioDuro supports bioanalytical studies across small molecules, biologics, peptides, ADCs, oligonucleotides, and other complex therapeutic modalities.
Bioanalytical Expertise Across Drug Discovery
Accurate bioanalytical measurements are essential for understanding exposure, target engagement, metabolism, and biological activity. Our scientists develop fit-for-purpose analytical strategies that help teams answer key questions throughout drug discovery and development.
LC-MS/MS Quantitation
Sensitive and reproducible quantitative analysis supporting PK, TK, biomarker, and metabolite evaluation across discovery studies.
- LC-MS/MS method development
- Quantitative bioanalysis
- Biomarker analysis
- Regulatory-ready reporting
Large & Small Molecule Support
Capabilities supporting diverse therapeutic modalities across discovery and preclinical development.
- Small molecules
- Peptides and proteins
- ADCs and oligonucleotides
- Biomarkers and metabolites
Discovery Through IND-Enabling Support
Supporting programs at every stage with scalable analytical strategies, rapid study initiation, and close collaboration across DMPK, biology, and chemistry teams.
- Discovery support
- IND-enabling support
- Cross-functional scientific collaboration
- Flexible study design
Core Bioanalytical Capabilities
Our bioanalytical laboratories are equipped with advanced mass spectrometry, immunoassay, and automation platforms that support both routine sample analysis and complex characterization studies.
Quantitative LC-MS/MS Analysis
Sensitive analytical methods supporting pharmacokinetic, toxicokinetic, and biomarker analysis.
Ligand Binding Assays (LBA)
Flexible immunoassay platforms supporting biologics, peptides, antibodies, and protein quantitation workflows.
Metabolite Identification & Profiling
Capabilities supporting structural characterization, metabolite profiling, and pathway analysis across discovery programs.
Large Molecule Bioanalysis
Bioanalytical support for biologics and complex therapeutic modalities including proteins, peptides, ADCs, and oligonucleotides.
Bioanalytical Platforms
BioDuro utilizes advanced analytical and bioanalytical technologies to support sensitive detection, molecular characterization, metabolite profiling, and quantitative analysis across small and large molecule programs.
SCIEX Triple Quad 7500
High-sensitivity LC-MS/MS analysis supporting quantitative bioanalysis for PK, PD, and TK studies.
Thermo Q Exactive Plus
High-resolution mass spectrometry supporting metabolite identification and structural characterization workflows.
Gyrolab xPlore
Automated immunoassay platform supporting sensitive large molecule bioanalysis and biomarker evaluation.
Tecan Fluent 780
Automated liquid handling platform supporting high-throughput sample preparation and bioanalytical workflows.
Featured Case Studies
Explore real-world examples of how bioanalytical and DMPK expertise supports complex therapeutic programs, from siRNA quantification to ADC characterization.
Fluorescent PNA Probe LC-FL Technology for siRNA Quantification
Learn how BioDuro developed a sensitive LC-FL bioanalytical approach for quantifying siRNA therapeutics in biological samples. This case study highlights the use of fluorescent PNA probe technology to support pharmacokinetic evaluation, tissue distribution studies, and faster bioanalytical workflows.
DMPK Resources
Discover practical insights, application examples, and scientific expertise across drug metabolism, pharmacokinetics, bioanalysis, and preclinical development to support faster, data-driven decision-making.
DMPK & Bioanalytical Services
BioDuro provides DMPK, bioanalytical, and characterization capabilities supporting discovery and preclinical programs across small molecules and complex therapeutic modalities.